Optimum solution for 24V DC conveyor technology

Designed to maximise cost efficiency Interroll’s latest ConveyorControl system can be rapidly installed and commissioned to provide flexible, simple configuration and continuous IP54 protection rating in order to meet the requirements for industrial installations.

The Interroll ConveyorControl focuses on flexible tote conveyor technology and provides a versatile, smart control solution for continuous and zero pressure accumulation conveyors. The key elements of this solution are its mechanically sound, fast-speed 24V 'RollerDrives' with inbuilt controls that can be linked to existing stock control software.

The control platform consists of four different modules, a power pack and the Configurator software that are matched for optimum performance. The independent length of standard ASI cable, incorporating piercing technology, provides for rapid, safe and low cost installation on site.

Each zero pressure accumulation roller conveyor is divided into zones, with the length of each zone being determined by the size of the goods to be conveyed. With conventional technology, segmentation of conveyor systems usually involves the use of a central drive for one long roller conveyor, which runs constantly and independently of throughput volumes. This means the system constantly consumes energy and unnecessarily increases the degree of wear and tear on the system, even when nothing is being conveyed.

The Interroll ConveyorControl system, based on individual zones driven by RollerDrives, only activates to power the actual zones when and where there are totes to be conveyed. Such switching on and off of decentralised drives according to need is a key factor in achieving the enhanced energy efficiency of such a conveyor system and reduces the associated time and cost spent on maintenance. Depending on the mechanical components used, a three to four time’s greater lifespan can be expected when a ConveyorControl concept is in place – a significant factor in reducing the overall cost of any system.